Design and Applied Research of the Distributed Real-time Database in Smart Grid

Abstract — Real-time database systems combined with distributed architecture possess the capability to satisfy the timing constraints and preserve the data consistency while storing and processing the massive real-time data in the smart grid. In this thesis, we first review the current situation of the research on distributed real-time database. Then according to the characteristics of the electricity data in the smart grid, we design and implement a distributed real-time database. At present, this new distributed real-time database has been already applied into many business systems in State Grid Corporation of China. It presents good stability and accuracy, and provides a reliable real-time data support to the construction of smart grid in China